The quality of ceramic structural components is closely related to the manufacturing process. Currently, common forming processes include dry pressing, isostatic pressing, injection molding, and tape casting.
Dry pressing is suitable for products with simple shapes and large batch sizes, characterized by high production efficiency and low cost. Isostatic pressing utilizes uniform pressure to ensure consistent density in the preform, making it suitable for manufacturing high-performance ceramic parts.
Ceramic injection molding is suitable for complex structural products and can achieve large-scale automated production. This process can manufacture precision parts that are difficult to produce using traditional methods, and therefore has wide applications in the electronics and medical industries.
With the development of advanced manufacturing technologies, 3D printing technology for ceramics has also gradually matured, providing new solutions for manufacturing complex ceramic structural components. In the future, the combination of multiple processes will drive the development of ceramic structural components towards higher precision and more complex structures.